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Every person on earth uses electricity every single day and most don't realize and don't now the principles behind it. All people care about is that when they push the button, they want their TV to work and be able to watch their favorite show. But to get their TV to operate, many people have to work and convert different energies to electricity, something that Palo Alto electrical specialists can help with. The first type you will be able to read about is the static variety of electricity. It has always been around, as lightning consists of this form of electricity. It is just a matter of electrons moving from one cloud to another or jumping from a cloud to the ground. Perhaps you have once felt a shock when touching an object after you have walked on a carpet. If you have, in that case a flow of electrons has jumped from the object to you. This is known as static electricity. It is an essential part of earth's nature and one of the most used kinds of energy. Lots of cities and towns have been built near waterfalls (a primary mechanical energy source), which turn large wheels to perform their work. Before the production of this form of energy begun, about 100 years ago, buildings were lit by kerosene lamps, food was being cooled in special ice boxes, and heating was done with the use of wood or coal. Another type of electricity which exists is the magnetic variety. The rotation of electrons creates a tiny magnetic field. Most objects aren't magnetic, as their atoms have an arrangement allowing the electrons to spin in differing directions, thus becoming mutually balanced. Magnets are different from most objects, the magnets' molecules are organized so that their electrons rotate in a singular direction. This creates two polar charges in the magnet, a north and a south pole. The magnet is marked by indicating north-(N) and south-(S). The protons and the electrons of one atom attract each other and both particles carry electric charge. The electric charge is the particles' energy and protons have positive (+), while electrons - negative (-) charge. The positive charge of the protons is the same as the negative charge of the electrons and these opposing charges attract one another. If the atom is in equilibrium, it has the same number of electrons and protons. Neutrons do not carry a charge and their quantity may vary. The quantity of protons one atom has, determines its type. This invention is very important for everyday life, most rarely think about how life would look like without it. As with air, people tend to take this force for granted as well. Every day, you use it to do many things, such as heating and lighting or even cooling down your home, as well as using the power to watch TV and work on a computer. These special properties of a magnet may be used to make electricity, as by moving the magnetic fields, they can attract and repel electrons. Some metals, like copper possess electrons that do not have very strong links, which can be separated from their layers by magnets being moved around. Magnets and wires are used together in electric generators. Electrons in the nearest layers to the core are resistant to the power of attraction of protons and sometimes the ones furthest layers are not. These electrons could be pushed out of their orbits. Your Palo Alto electrical experts will be able to help you out with all your power requirements and will have in depth knowledge of charges.
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